| Resilon-T Material |
| Resilon-T™ Grade |
|
Description |
Application and Service Information |
| G200 |
White glass filled PTFE |
Primarily used for air and oxygen service |
| G205 |
Glass moly filled PTFE |
Molybdenum disulfide adds
lubricity and stiffness to the material |
| G505 |
Glass graphite filled PTFE |
Lube/non-lube service with
improved wear resistance |
| C333 |
Carbon filled PTFE |
Industry standard material
for temperatures below 300°F and pressures under 1500 psi |
| C508 |
Carbon/PEEK filled PTFE |
Higher performance in low
dew point applications |
| B400 |
Bronze filled PTFE |
For high temperature, high
pressure wet air service |
| B450 |
Bronze moly filled PTFE |
For dry air applications
and those requiring improved extrusion resistance |
| R700 |
PPS filled PTFE |
Polyphenylene sulfide
(Ryton™) exhibits very low deformation at elevated temperature |
| A500 |
PEEK/PPS/proprietary blend |
Outstanding in non-lube,
bone-dry applications including hydrogen and methane |
|
|
|
| New CECO Resilon-T™ Materials |
| A506 |
PPS/Carbon/proprietary |
Non-lube hydrocarbon
applications including propylene, isobutane, carbon dioxide |
| C305 |
Carbon/graphite/proprietary |
Non-lube cryogenic boil-off
gases including compressed natural gas |
| X540 |
Proprietary formulation |
Versatile non-lube/lube grade for dry hydrogen, ethylene, methane |
| PC405 |
Carbon filled PEEK/proprietary |
Outstanding deformation and
wear resistance over 400°F either lube or non-lube |
| X505 |
PPS/proprietary |
Wet or dry, non-lube applications with improved performance in higher temperatures and pressures including hydrogen, propane and methane |
| X515 |
Proprietary formulation |
Non-lube, gaseous oxygen as well as dry argon and air applications. Certified by Federal Institute for Materials Research and Testing (BAM). |